Removed unused header

#include "qcor.hpp"

// The header file which contains QFT kernel def

#include "qft.hpp"

  X(q[1]);

  // Call qft kernel (defined in a separate header file)

  quantumFourierTransform(q, nQubits);  

  qft(q, nQubits);  

  // Inverse QFT:

  inverseQuantumFourierTransform(q, nQubits);

  iqft(q, nQubits);

  // Measure all qubits

  for (int qIdx = 0; qIdx < nQubits; ++qIdx) {

#include "qcor.hpp"

#include "qalloc.hpp"

// Demonstrating Bell Test using multiple kernels

}

// Compile:

// qcor -o multiple_kernels -qpu qpp -shots 1024 -qrt multiple_kernels.cpp

// qcor -o multiple_kernels -qpu qpp -shots 1024 -qrt multiple_kernels_Bell_test.cpp

int main(int argc, char **argv) {

  // Allocate 7 qubits: 

  // i.e. Hadamard on q[3] and entangle q[3] with other qubits.

// which is compiled by QCOR.

#pragma once

#include "qcor.hpp"

#include "qalloc.hpp"

// QFT kernel:

// Input: Qubit register and the max qubit index for the QFT,

// i.e. allow us to do QFT on a subset of the register [0, maxBitIdx)

__qpu__ void quantumFourierTransform(qreg q, int maxBitIdx) {

__qpu__ void qft(qreg q, int maxBitIdx) {

  // Local Declarations

  const auto nQubits = maxBitIdx;

}

// Inverse QFT

__qpu__ void inverseQuantumFourierTransform(qreg q, int maxBitIdx) {

__qpu__ void iqft(qreg q, int maxBitIdx) {

  // Local Declarations

  const auto nQubits = maxBitIdx;

  // Swap qubits